How to calculate the cement, sand quantity for plastering?
(10'x10')10mm thick ratio 1:5. wht"s the formula?
Answers were Sorted based on User's Feedback
Answer / toss
IN answer no 1 quantity of cement value is 0.02.. then why u multiply 0.02 with sand
| Is This Answer Correct ? | 1 Yes | 0 No |
Answer / vijay govardhane
Total area plaster: 3.05*3.05=9.3
(Convert area into sq.f):9.3*10.75=99.97
100/99.97=.9997(1 bag)..cement
..sand=99.97/100=.997
=.9997/17=0.058...brass
(17 is a standerd value of sand In single coat =17 cu.m)
| Is This Answer Correct ? | 1 Yes | 0 No |
Answer / rakesh kumar sinha
Total Plaster Qty.=.09cum
Cement 1cum=1440
Sand 1cum=1600
Ratio of cement and sand=1:5
so,
cement ratio=.02
sand ratio=.08
cement required
1440*.02=28.8kg
sand required
1600*.08=128kg
| Is This Answer Correct ? | 2 Yes | 2 No |
Answer / shaik's construction
For a wall of 10'x10' ( i.e LxH) Having 10mm thicness
mortar ratio 1:6
10' approx equal to 3m
vol of mortar = 3*3*0.01
=0.09cum
vol of cement = 1*0.09/(1+6)
=0.01286cum :-(cement for 1cum=1440kg)
:-amount of cement=0.01286*1440
=18.5kg.
amount of sand=18.5*6=111kg
| Is This Answer Correct ? | 1 Yes | 1 No |
Answer / anoop didwaniya
10'X10'=100 sft.
converted in to sqm.=100/10.76=9.29 sqm.
ratio= 1:5, 1+5=6
for cement----1/6 x 1.52=.25 m3 x 35.28=8.93/1.25=7.15
so 7.15 bag in a cum. so for 20mm thk.
for cum. 9.29 sqm x .020 mm = .18 cum.
therefore --7.15 x .18m3 = 1.28 bag answer
for sand------5/6 x 1.52=1.26 m3 x 35.28=44.68 cft./1cum.
so 44.68 x .18m3 = 8 cft answer
1.28 bag of cement
8 cft of sand. required in 10'10 wall with 20mm thk.
| Is This Answer Correct ? | 33 Yes | 34 No |
Answer / risadh
Formula=Volume*Density of material
Add- Shirinkage-35%to40%
Volume= plastering volume+Depression,joint&Wastage
Density=Cement-1440Kg/m3,Sand-1600Kg/m3
Shirinkage-35%to40%
Depression,joints&Wastage normally-20%of plastering Volume
Cement=(1/6*0.11124*1440)+(1/6*0.11124*1440)35%=
Sand=(5/6*0.11124*1600)+(5/6*0.11124*1600)35%=
| Is This Answer Correct ? | 1 Yes | 2 No |
Answer / jehan abid
how to calculate the cement sand and crush quantity in 6 inch slab?
| Is This Answer Correct ? | 1 Yes | 2 No |
Answer / rakesh sinha
Total Plaster Qty.=.09cum
Wastage 20%=.02cum
Total Qty.= .11
Cement 1cum=1440
Sand 1cum=1600
Ratio of cement and sand=1:5
so,
cement ratio=.0186
sand ratio=.0929
cement required
1440*.0186=26.76kg
sand required
1600*.0929=148.65kg
| Is This Answer Correct ? | 1 Yes | 2 No |
Answer / waseem ahmed
10' X 10' X 0.03937" = 3.937
1:5= 1+5 = 6 therefore
3.937 / 6 = 0.656 cft cement
3.937 X 5 = 19.67 cft sand
will be used to plaster your area
| Is This Answer Correct ? | 2 Yes | 3 No |
Answer / sabeehullah
10*10*.032=3.2
1+5=6
sum of ratio = 6
constant of cement per bag in cft = 1.25
1/6 = .166*1.54 = .255/1.25=.204 say half bag
| Is This Answer Correct ? | 0 Yes | 1 No |
what is silica fumes or micro silica? and whr is it used? wat r its advantages?
Design a rectangular channel.
0 Answers CSI, Engineers India Limited,
why & what is perchatage we are using fly ash in concrete?
i have span of 6m x 4m how do i calculate the reinforcement of steel i needed and to at what distance and also the thickness of slab. looking forward thank you RAVI
what is pure bending
Define different types of roof systems?
How to estabilish reinforcement Steel rolling margin for a building projects ?
What is the unit weight of cement,sand,Brick,Reinforcement concrete
What are the advantages of building a dam on the river nile?
How to come 1.54 from dry to wet concrete?
What is meant by solid geometry?
what is a steel formula
Civil Engineering (5086)
Mechanical Engineering (4453)
Electrical Engineering (16638)
Electronics Communications (3918)
Chemical Engineering (1095)
Aeronautical Engineering (239)
Bio Engineering (96)
Metallurgy (361)
Industrial Engineering (259)
Instrumentation (3014)
Automobile Engineering (332)
Mechatronics Engineering (97)
Marine Engineering (124)
Power Plant Engineering (172)
Textile Engineering (575)
Production Engineering (25)
Satellite Systems Engineering (106)
Engineering AllOther (1379)